Commercial Use Stone Polymer Composite Flooring
Description:
Item：JSC503
Thickness: 4.0mm~8.0mm
Wear Layer: 0.2mm~0.7mm
Underlay(Optional): EVA/ IXPE, 1.0mm~2.0mm
Size：7.25’’ X 48’’/ 6’’X48’’/ 9’’X48’’/ 7’’X36’’/ 6’’X36’’/ 9’’X36’’/ Customization
As the reason of the composition of this flooring is limestone and PVC powder. SPC flooring becomes one of the most stable and dense Vinyl flooring. It often referred to as rigid core, SPC is 10 times more impact resistant than wood polymer composite flooring, and also more stable, and has better scratch resistance compared to WPC flooring.
With so many advantages such as waterproof, scratch resistance, dimensional stability, and long warranty, etc, SPC flooring occupies the large market of the vinyl flooring. And another factor of its low price also makes it become more and more popular. Firstly, the elemental raw materials of SPC flooring, PVC powder, and limestone powder, are totally environmentally friendly, which make the SPC flooring free from any pungent smells, and non-volatilization of toxic chemicals. Secondly, there is no glue or chemical is required during the SPC flooring installation, which contains harmful material. Last but not the least, the advanced locking system of our SPC flooring could help your installation easier and faster. The locking system also ensures the flooring to be disassembled quickly and without damage. Therefore, SPC flooring is widely recommended to the market and taking place of the other vinyl floorings.
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Specification |
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Surface Texture |
Wood Texture |
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Overall Thickness |
5mm |
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Underlay(Optional) |
IXPE/EVA(1mm/1.5mm) |
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Wear Layer |
0.5mm. (20 Mil.) |
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Width |
7.25” (184mm.) |
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Length |
48” (1220mm.) |
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Finish |
UV Coating |
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Click |
 |
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Application |
Commercial & Residential |
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SPC RIGID-CORE PLANK TECHNICAL DATA |
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Technical Information |
Test Method |
Results |
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Dimensional |
EN427 & |
Pass |
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Thickness in total |
EN428 & |
Pass |
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Thickness of wear layers |
EN429 & |
Pass |
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Dimensional Stability |
IOS 23999:2018 & ASTM F2199-18 |
Manufacturing Direction ≤0.02% (82oC @ 6hrs) |
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Across Manufacture Direction ≤0.03% (82oC @ 6hrs) |
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Curling (mm) |
IOS 23999:2018 & ASTM F2199-18 |
Value 0.16mm(82oC @ 6hrs) |
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Peel Strength (N/25mm) |
ASTM D903-98(2017) |
Manufacturing Direction 62 (Average) |
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Across Manufacture Direction 63 (Average) |
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Static Load |
ASTM F970-17 |
Residual Indentation:0.01mm |
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Residual Indentation |
ASTM F1914-17 |
Pass |
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Scratch Resistance |
ISO 1518-1:2011 |
No penetrated the coating at the load of 20N |
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Locking Strength(kN/m) |
ISO 24334:2014 |
Manufacturing Direction 4.9 kN/m |
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Across Manufacture Direction 3.1 kN/m |
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Colour Fastness to Light |
ISO 4892-3:2016 Cycle 1 & ISO105–A05:1993/Cor.2:2005& ASTM D2244-16 |
≥ 6 |
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Reaction to fire |
BS EN14041:2018 Clause 4.1 & EN 13501-1:2018 |
Bfl-S1 |
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ASTM E648-17a |
Class 1 |
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ASTM E 84-18b |
Class A |
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VOC Emissions |
BS EN 14041:2018 |
ND – Pass |
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ROHS/Heavy Metal |
EN 71-3:2013+A3:2018 |
ND – Pass |
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Reach |
No 1907/2006 REACH |
ND – Pass |
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Formaldehyde emission |
BS EN14041:2018 |
Class: E 1 |
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Phthalate Test |
BS EN 14041:2018 |
ND – Pass |
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PCP |
BS EN 14041:2018 |
ND – Pass |
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Migration of Certain Elements |
EN 71 – 3:2013 |
ND – Pass |
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Packing Information(4.0mm) |
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Pcs/ctn |
12 |
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Weight(KG)/ctn |
22 |
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Ctns/pallet |
60 |
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Plt/20’FCL |
18 |
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Sqm/20’FCL |
3000 |
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Weight(KG)/G.W |
24500 |
